About Bodega Algae
Bodega Algae, LLC, (Bodega) is a developer of scalable algae photobioreactors. The closed continuous-flow reactors produce high-energy algal biomass for use in the production of biofuel. nnThe Bodega photobioreactor is modular and stackable, allowing it to be co-located efficiently on the premises of industrial plants. The reactor uses nutrients readily drawn from a variety of waste streams. Sources for nutrients include wastewater from domestic sewage, municipal water treatment plants or carbon dioxide (CO2) and nitrogen oxide (NOx) flue gases from industrial plants. The microalgae in the bioreactor converts these compounds to biomass, creating the feedstock for biofuel while improving the environment. nnMicroalgae has advantages when compared to conventional oil crop feedstocks. Algae produces over twenty times the amount of biofuel than soybeans on an equal amount of land due to rapid growth rates and high concentrations of lipids per cell density. In contrast to soybeans and other oil crops, the modest agricultural and resource requirements of microalgae make it an attractive low-cost alternative feedstock. Estimates indicate that algae grown in large volumes could reduce the cost of manufacturing a gallon of biodiesel by half of current rates. Lower costs and greater energy yield will make biofuels economically competitive with petro-fuels. n
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Expert Collections containing Bodega Algae
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
Bodega Algae is included in 1 Expert Collection, including Renewable Energy.
Includes companies working on technology to support renewable energy generation.
Latest Bodega Algae News
Oct 7, 2013
Podcast: expanding our experience of interfaces and interaction A chat with Amanda Parkes, Ivan Poupyrev, and Hayes Raffle. Comment At our Sci Foo Camp this past summer, Jon Bruner , Jim Stogdill , Roger Magoulas , and I were joined by guests Amanda Parkes , a professor in the Department of Architecture at Columbia University, and CTO at algae biofuels company Bodega Algae and fashion technology company Skinteractive Studio ; Ivan Poupyrev , principle research scientist at Disney Research, who leads an interaction research team; and Hayes Raffle , an interaction designer at Google [X] working on Project Glass. Our discussion covered a wide range of topics, from scalable sensors to tactile design to synthetic biology to haptic design to why technology isn’t a threat but rather is essential for human survival. Here are some highlights from our discussion: The Botanicus Interacticus project from Disney research and the Touché sensor technology . Poupyrev explains the concept behind the Touché sensor is that we need to figure out how to make the entire world interactive, developing a single sensor that can be scalable to any situation — finding a universal solution that can adapt to multiple uses. That’s what Touché is, Poupyrev says: “a sensing technology that can dynamically adapt to multiple objects and can sense interaction with water, with everyday objects, with tables, with surfaces, the human body, plants, cats, birds, whatever you want.” (2:50 mark) The ultimate goals of Google Glass and Touché, Raffle says, are similar in that they’re both trying to make computers disappear — Disney is putting the computation into the world so that it’s indistinguishable from objects around us, while Glass aims to bring technology closer to you so that it almost fades into the background when you’re using it. (4:17 mark) In a similar vein, Parkes is interested in bringing the interactivity of our surroundings — such as the overwhelming visual pollution in Times Square — back to a more natural, softer state — and is there any hope for the Times Square redesign ? (5:56 mark) Parkes’ discussion of her work prompted a nod from Stogdill to Design in Nature , by Adrian Bejan and J. Peder Zane. We also discussed how the expansion in our experience of interfaces and interaction is enhancing our possibilities to be entertained as well as enhancing beauty, aesthetics and pleasure (9:15 mark); Poupyrev stressed as well that it’s the technology that makes humans who we are — technology isn’t a threat; it’s the most important thing for human survival. (13:28 mark) Additional points of note include a discussion of Google Glass in the wild (14:19 mark); biocouture (19:15 mark); Parkes’ recent experiment: feeding organic conductive ink to slime mold to see if it’ll produce conductive circuit traces — can we can grow our own circuit boards? (17:50 mark). Also, research into haptic technology that creates tactile sensations in free air (23:58 mark) — have a look:
Bodega Algae Frequently Asked Questions (FAQ)
Where is Bodega Algae's headquarters?
Bodega Algae's headquarters is located at 29 Sedgewick Street, Jamaica Plain.
Who are Bodega Algae's competitors?
Competitors of Bodega Algae include Fulcrum BioEnergy, Lynntech, Evolutionary Genomics, Hawaii BioEnergy, Garbrook Knowledge Resources and 13 more.
Compare Bodega Algae to Competitors
Renewergy's patent pending system of Aeroponic Algal Culture aims to utilize both air and water pollution streams in the cultivation of high value, energy rich biomass. The algae to water ratio found in Renewergy's system is far to more common aquatic systems allowing for the algae to be readily harvested. The design and higher concentrations of Renewergy's system changes the dynamics of algal culture.
Bionavitas' aims to harness the abundant power of the sun to more efficiently and effectively grow algae in order to address the pending global energy crisis and provide products which help people live healthy lives. Free of hype and unlikely projections, Bionavitas' focus on science aims to create a cost effective algae solution.To achieve this, Bionavitas has developed patent pending technology for the high volume production growth of micro-algae. This technology has placed Bionavitas at the nexus of changes in energy production, global warming prevention, production of new pharmaceutical and nutraceutical compounds, and remediation of the company's environment. By identifying and focusing on the critical areas of algae production, Bionavitas has developed targeted technology that places the company in the lead of the emergent field of algae production.
Metro BioFuels aims to develop manufacturing of various vegetable oils into fatty acid methyl esters, commonly known called Biodiesel. The characteristic of their process design that is differentiated per the company is that the conversion takes place in a matter of minutes rather than hours. The process is expected to run both efficiently and economically compared with other similar processes. Further biodiesel aims to reduce CO2 emissions by 78% compared with petroleum diesel due to Biodiesel's closed carbon cycle.
Evolutionary Genomics (EG) is a biotechnology company focusing on how relevant gene/target discovery and validation is performed during the post-genomics era. The company's Adapted Traits platform sifts through vast amounts of genomic data to identify only those genes that have a high likelihood of commercial value for downstream validation. EG applies this platform to identify high-value targets for drug-discovery or genes for use in natural crop yield or pest/disease-resistance enhancement.
Edenspace Systems Corporation is a Chantilly, VA based company that has received a grant(s) from the Department of Energy's SBIR/STTR program. The abstract(s) for these grant award(s) are provided as well since they provide insights into Edenspace Systems Corporation's business and areas of expertise. This project seeks to retire mercury from the environment by inducing the formation of insoluble mercury selenide (HgSe) in two recently identified Hg-accumulating plant species. If successful, This project seeks to reduce the cost of cellulosic ethanol and other renewable fuels by ensiling crops that produce enzymes to reduce downstream processing costs. The project will create new value-added revenue opportunities for agricultural producers and ethanol cooperatives and reduce fuel costs for consumers. The project seeks to reduce the cost of cellulosic ethanol and other renewable fuels by ensiling crops that produce enzymes to reduce downstream processing costs. If successful, the project will create new value-added revenue opportunities for agricultural producers and ethanol cooperatives and reduce fuel costs for consumers.
Advanced Genome Technologies, LLC is a Boone, IA based company that has received a grant(s) from the Department of Energy's SBIR/STTR program. The abstract(s) for these grant award(s) are provided as well since they provide insights into Advanced Genome Technologies, LLC's business and areas of expertise. This project will create a method for the precise engineering of plant genomes, thereby allowing the creation of new crop varieties that better meet our burgeoning needs for industrial bioproducts, biofuels, pharmaceuticals, food, feed and natural fibers.
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